Real-Time Optimization Strategy of Multi-Microgrid Considering Bilateral Bidding Transaction

To actively accommodate the growth of distributed renewable energy and enhance the operational stability of microgrid systems, this paper proposes a real-time optimization strategy for multi-microgrids, which incorporates a bilateral bidding transaction mechanism. Comprehensively consider the scene of both competition and cooperation between the main bodies, by judging the microgrid surplus information microgrid aggregators based on bilateral bidding transaction strategy to provide reliable scheduling data for the control center. The aim of the real-time optimization phase is to minimize the total cost of the multi-microgrid system, enhance overall economic advantages, and facilitate better energy sharing within the system. Lastly, a numerical example is supplied to confirm the efficacy of the proposed method.